(8) Our method provides multiple selections.
The simulations show that our method provides promising results.
From the above discussion, our method provides a way to fast approach the required NWs' diameters.
The most prominent example is alkene with checkmol result 8.63% while our method provides only 4.46%.
On the LFW database, our method provides up to 76.33% recognition rate.
As observed, our method provides a reasonable estimate even in this case with singular solution.
Our method provides a cost-effective solution for high-efficiency visible-light-response photocatalyst.
Thus, compared to earlier methods, our method provides more flexibility for solving surface modeling problems.
We demonstrate that our method provides better reproducibility with a significant difference (p < 0.01).
Our method provides a powerful tool to rapidly and selectively identify chromatin-binding proteins.
Our method provides a simple yet reliable enough way to check for such problems early enough.
